How do you calculate specific gravity of liquid mixture?

Answer 1

The specific gravity of a mixture should be somewhewre in between of the specific gravity of the substances you mix. The exact value for the specific gravity depends, of course, on the specific gravities of the components, but also how much you use of each.

Answer 2

The specific gravity of a liquid mixture is typically calculated by dividing the density of the mixture by the density of water at a specified temperature. The formula is: Specific Gravity = Density of Mixture / Density of Water. The density of the mixture can be found by averaging the densities of the individual components based on their proportions in the mixture.

Answer 3

About 2400 kg/m3 (or150 lbs./ft3.) That is the density of concrete, NOT the specific gravity.

Specific gravity is the ratio of the density of concrete to the density of a reference substance, usually water at 4 degrees Celsius. At that temperature, the density of water is a nice round number: 1000 kg/m3 .

To find the specific gravity,.just divide the two densities. The units cancel out. No unit will follow a specific gravity measurement. (2400 kg/m3)/(1000 kg/m3)=2.4 (2400 kg/m3}/(1000 kg/m3)=2.4

The specific gravity of concrete works out to: 2.4 It says that concrete is nearly two and a half times as dense as water.

NOTE: Because it is a ratio and the units will always cancel out, you get the same answer if you start with density measurements in SI units (kg/m3) or Imperial units (lbs./ft3)

Answer 4

Specific gravity is defined as the ratio of the unit weight of soil solids to unit weight of water. The Specific Gravity is needed for various calculations purposes in Soil Mechanics, e.g. void ratio, density and unit weight.

For Sandy soil, i.e. soils mostly made of quartz, Specific Gravity can be accurately estimated to be about 2.65, whereas for silty and clayey soils, it may vary from 2.35 to 2.70

Answer 5

If you know the gravity of earth (9.8n squared) then multiply it by the thickness of earth crust (2.5 miles) then divide by earth's mass (10 to the 24 power) i think that shoulg get you close but don't hesitate to check on these #'s they get more accurate every day

Answer 6

Two methods are commonly used for determining the specific gravities of liquids. One method uses the hydrometer an instrument that gives a specific gravity reading directly. A second method called the bottle method uses a "specific-gravity bottle "

Answer 7

You can find the specific gravity of a mineral by firing your spam lazor

Clean

Answer 8

Specific gravity is the ratio of the density of a substance to that of water (usually at about 4 degrees C), so it is always precisely 1.

Answer 9

SGmix = 1/(x1/SG1+x2/SG2+x3/SG3+....)

where

SGi = specific gravity of species i

xi = mass fraction of species i

Answer 10

you see how any times heavier it is than water